CN109783083B - WEB application development method and system - Google Patents
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Abstract
The invention provides a WEB application development method and a system thereof, wherein the method comprises the following steps: respectively defining a unified interface and constructing a universal component library on an adaptation layer, and constructing an application framework layer, wherein more than two components are integrated in the universal component library; respectively selecting corresponding unified interfaces and corresponding components from the application framework layer according to the current service function; compiling a service logic corresponding to the current service function through a management framework according to the selected unified interface and the selected components; compiling and deploying the management framework, the service logic and the selected component to generate an application corresponding to the current service function. The invention can realize the high-efficient development of any specific business application; while also facilitating maintenance on the assembly.
Description
Technical Field
The invention relates to the field of WEB front-end application development, in particular to a WEB application development method and a system thereof.
Background
The rapid development of the Internet, the agile development and the maturity of the container technology promote the birth of the server-side micro-service architecture. The server-side micro-service architecture style is a way to develop a single application using a set of small services, each of which is built based on business capabilities and can be deployed independently through automation. In contrast, in order to make the service capabilities independent, the WEB front-end application needs to correspond to the server-side micro-service one-to-one.
Since the WEB front-end applications of different services are independent of each other, developers have to construct multiple applications to implement corresponding service functions. In order to accelerate development efficiency, the existing technical scheme for WEB front-end application development is to develop a set of general APP components, and then assemble and manage the general components by a set of management framework, and the specific structural composition of the general components is shown in fig. 1. For example, a microblog front end is developed, and a list component, a detail component, an internationalized language component and the like can be selected to be combined with the management framework. The componentization scheme enables developers to avoid writing a large amount of same function codes in a plurality of applications, and only needs to properly select required components according to services and develop service function codes on the basis of the components.
However, the micro-service architecture enables a system to be split into hundreds of small services, corresponding WEB front-end applications can be hundreds of thousands, requirements on development efficiency cannot be met even if components are assembled, maintenance difficulty exists in the assembly of the components, when a certain component has a BUG and needs to be repaired or enhanced, all applications related to the component need to be repaired once, particularly when a management framework has the BUG and needs to be enhanced, all applications need to be repaired once, and consumption of manpower and material resources is huge. Further, there are the following disadvantages: 1. in the face of hundreds of WEB end applications, the component assembly scheme has the problem of development efficiency; 2. when the general components are changed, a large amount of related WEB side applications need to be modified manually, and the maintenance is not easy. Therefore, a WEB application development method capable of coping with the above situation is required.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: the WEB application development method and the system thereof can obviously improve the development efficiency and are easy to maintain.
In order to solve the technical problems, the invention adopts the technical scheme that:
the WEB application development method comprises the following steps:
respectively defining a uniform interface and constructing a general component library on an adaptation layer, and constructing an application framework layer, wherein more than two components are integrated in the general component library;
respectively selecting corresponding unified interfaces and corresponding components from the application framework layer according to the current service function;
compiling a service logic corresponding to the current service function through a management framework according to the selected unified interface and the selected components;
compiling and deploying the management framework, the service logic and the selected component to generate an application corresponding to the current service function.
The invention provides another technical scheme as follows:
the WEB application modular development system comprises an application framework layer and a customization module layer;
the application framework layer comprises a uniform interface definition module and a universal component library module;
the uniform interface definition module is obtained by defining a uniform interface on an adaptation layer;
the universal component library module is constructed by integrating more than two components on an adaptation layer;
a management framework is built on the customized module layer;
the customized module layer is used for selecting a corresponding uniform interface and a corresponding component from the application framework layer according to the current service function; compiling a service logic corresponding to the current service function through the management framework according to the selected unified interface and the selected component; and compiling and deploying the management framework, the service logic and the selected component to generate an application corresponding to the current service function.
The invention has the beneficial effects that: the invention divides WEB front-end application into an application framework layer and a customized module layer; the existing common module is integrated into the application framework layer, the application framework layer provides a uniform access standard, and the specific service application customizes service logic according to the standard access and the selected components provided by the application framework layer. Therefore, specific service functions do not need to concern about the integration of the general components, and the general components can be reused without repeatedly developing the specific components in the development stage of other subsequent service applications, so that the development efficiency is greatly improved; meanwhile, because the service logic and the application framework layer are separated, the integrated compiling is carried out only when the service logic and the application framework layer are released, so that the independence of the application framework layer is ensured, the application framework layer can be maintained independently, and the maintenance work becomes more independent and simpler.
Drawings
FIG. 1 is a prior art web application development system framework diagram;
FIG. 2 is a schematic diagram of a web application development system framework according to an embodiment of the present application;
fig. 3 is a flowchart illustrating a web application development method according to an embodiment of the present application.
Detailed Description
In order to explain the technical contents, the objects and the effects of the present invention in detail, the following description is made with reference to the accompanying drawings in combination with the embodiments.
The most key concept of the invention is as follows: the invention divides WEB front-end application into an application framework layer and a customized module layer; the existing common module is integrated into the application framework layer, the application framework layer provides a uniform access standard, and the specific service application customizes service logic according to the standard access and the selected components provided by the application framework layer.
The technical terms related to the invention are explained as follows:
referring to fig. 2 and fig. 3, the present invention provides a WEB application development method, including:
respectively defining a uniform interface and constructing a general component library on an adaptation layer, and constructing an application framework layer, wherein more than two components are integrated in the general component library;
respectively selecting corresponding unified interfaces and corresponding components from the application framework layer according to the current service function;
compiling a service logic corresponding to the current service function through a management framework according to the selected unified interface and the selected components;
compiling and deploying the management framework, the service logic and the selected component to generate an application corresponding to the current service function.
As can be seen from the above description, the beneficial effects of the present invention are: according to the invention, a WEB front-end application is split into an application framework layer and a customized module layer, a public module is integrated into the application framework layer, the application framework layer provides an access standard, and a specific service application accesses a customized service code according to the standard provided by the application framework layer, so that the specific service does not need to care about the integration of general functions, for example, one universal component, namely an international language component, is integrated into a universal component library of the application framework layer, and then repeated labor is not needed to develop the components in the follow-up process of developing microblog, forum or other applications, thereby greatly saving the labor amount and simultaneously improving the development efficiency; after one customized service is developed, such as a microblog page, the customized service and the management frame are automatically integrated, compiled and issued through the compiling script, and the application frame codes are maintained separately, so that the customized service development cannot change the application frame codes, the uniqueness of an application frame layer is ensured, and the subsequent maintenance becomes more independent and simpler.
Further, the unified interface defined in the adaptation layer includes more than two unified interfaces respectively corresponding to different service functions.
As can be seen from the above description, the types of specific service applications that can be developed are improved by configuring multiple types of standard interfaces as much as possible for selection in response to different service function requirements.
Further, the general component library is integrated with general components;
the universal component library is integrated with an internationalization language component, a network request component, a prompt box component, a list component, a detailed description component and an HTTP communication component.
From the above description, it can be known that the development of more types of specific business applications can be supported by enriching the composition of the general component library, thereby improving the practicability of the web application development method of the present invention.
The invention provides another technical scheme as follows:
the WEB application modular development system comprises an application framework layer and a customization module layer;
the application framework layer comprises a uniform interface definition module and a universal component library module;
the uniform interface definition module is obtained by defining a uniform interface on an adaptation layer;
the universal component library module is constructed by integrating more than two components on an adaptation layer;
a management framework is built on the customized module layer;
the customized module layer is used for selecting a corresponding uniform interface and a corresponding component from the application framework layer according to the current service function; compiling a service logic corresponding to the current service function through the management framework according to the selected unified interface and the selected component; and compiling and deploying the management framework, the service logic and the selected component to generate an application corresponding to the current service function.
The technical scheme provided by the invention has the beneficial effects that: splitting the WEB front-end application into an application framework layer and a customized module layer; the existing common module is integrated into the application framework layer, the application framework layer provides a uniform access standard, and the specific service application customizes service logic according to the standard access and the selected components provided by the application framework layer. Therefore, specific service functions do not need to concern about the integration of general components, and specific components do not need to be repeatedly developed in the development stage of other subsequent service applications, so that the development efficiency is greatly improved; meanwhile, because the service logic and the application framework layer are separated, the integrated compiling is carried out only when the service logic and the application framework layer are released, so that the independence of the application framework layer is ensured, the application framework layer can be maintained independently, and the maintenance work becomes more independent and simpler.
Furthermore, the number of the uniform interfaces defined by the uniform interface definition module on the adaptation layer is more than two; more than two uniform interfaces respectively correspond to different service functions.
Further, the general component library module is integrated with general components;
the universal component library integrates an internationalization language component, a network request component, a prompt box component, a list component, a detailed description component and an HTTP communication component.
Example one
Referring to fig. 2, the embodiment provides a system for WEB application development, which can implement efficient development of WEB specific applications based on the system, and can implement efficient reuse, thereby greatly reducing labor and cost; furthermore, when the general component is changed, manual maintenance on a large number of related WEB side applications is not needed, and the convenience of maintenance is greatly improved.
As shown in fig. 2, the system of the present embodiment includes an application framework layer and a customization module layer;
wherein the application framework layer comprises: the unified interface definition module and the universal component library module;
specifically, the unified interface definition module includes more than two unified interfaces; more specifically, editing (deleting, adding or modifying) of the unified interface is defined and implemented in the adaptation layer, and a corresponding access standard (unified interface) can be formulated according to service needs.
And each unified interface contained in the unified interface definition module is used for realizing the access corresponding to the specific service function. For example, if the service needs the international language capability, the corresponding international language access standard may be defined in advance through the unified interface definition module, and then the application framework layer provides the access standard (interface) to implement the access to the home language capability function.
Specifically, more than two general components are integrated in the general component library module, such as an internationalization language component, a network request component, a prompt box component, a list component, a detailed description component, an HTTP communication component and other general components. Similarly, the general component library may be edited in the adaptation layer in advance according to the service requirement (specifically, operations such as deleting a specific general component, newly adding a general component, or modifying an original general component are included).
It is known to configure various standard accesses and various generic components in the application framework layer as underlying data support, to provide common service capabilities (generic components) and to formulate access standards.
The system of the embodiment is additionally provided with a customization module layer independent from the application framework layer, and the customization module layer is used for customizing specific applications; the method and the system are particularly used for compiling and deploying components and interfaces required by the currently customized service application and the service logic compiled in the customized module layer through interaction with the application framework layer, and completing development of the service application. In this embodiment, the current business function described below corresponds to a function of a specific application in the current customization.
Specifically, a management framework is built in the customized module layer of the embodiment.
The customized module layer is used for respectively selecting corresponding unified interfaces from the unified interface definition modules of the application framework layer according to the current service function and selecting corresponding components from the universal component library of the application framework layer;
the system is also used for compiling service logic corresponding to the current service function according to the uniform interface and the component selected from the application framework layer;
and the service logic module is also used for compiling and deploying the management framework, the service logic and the selected component to generate an application corresponding to the current service function.
The function of the customized module layer is only described by taking the development of a specific service application as an example, and the method is completely the same for the development of service applications with different functions, but the selected interface is different from the specific component.
In the system provided by this embodiment, the application framework layer splits the WEB front-end application into an application framework layer and a customized module layer that are independent of each other; providing, by an application framework layer, interfaces and components; and automatically compiling, deploying and releasing the application by the customized module layer to complete the development process of the specific application. Therefore, specific service functions do not need to concern about the integration of the general components, and the general components can be reused without repeatedly developing specific components in the development stage of other subsequent service applications, so that the development efficiency is greatly improved; meanwhile, as the service logic and the application framework layer are separated, the integrated compiling is carried out only when the service logic and the application framework layer are released, so that the independence of the application framework layer is ensured, the application framework layer can be maintained independently, and the maintenance work becomes more independent and simpler.
The system provided by the embodiment can realize the high-efficiency development of any specific business application; while also facilitating maintenance on the assembly.
Example two
Referring to fig. 2 and fig. 3, the present embodiment provides a modular development method for WEB applications based on the modular development system for WEB applications provided in the first embodiment:
1. and building an application framework layer.
Specifically, the method comprises the following steps:
1.1, defining more than two uniform interfaces corresponding to different service functions on an adaptation layer;
1.2, constructing a general component library at the adaptation layer, wherein the general component library comprises more than two general components. The general components contained in the general component library are also configured according to business requirements. The universal component library may be configured with universal components such as an international language component, a network request component, a prompt box component, a list component, a detail description component, and an HTTP communication component, corresponding to the current universal service function.
2. And customizing a specific service application, wherein the application corresponds to a specific service function.
2.1, selecting a required uniform interface from an application framework layer according to the current service function;
2.2, selecting a required component from the general component library according to the current service function;
2.3, compiling a service logic corresponding to the current service function through a management framework according to the selected unified interface and the selected components;
and 2.4, compiling and deploying the management framework, the service logic and the selected component to generate an application corresponding to the current service function. Specifically, a set of integrated compiling scripts is compiled, and the customized module layer and the application framework layer are integrated, compiled and issued.
For example, when a WEB front-end application corresponding to a server-side micro-service needs to be developed, such as a microblog application, a customized microblog service interface only needs to be written, and then the application framework layer module and the general component library module are automatically integrated, compiled and issued by using a script, so that a complete WEB front-end application can be generated.
In addition, the development process of other business applications, the principle of which is consistent with the steps of 2.1-2.4, is different in that the interfaces and components required by different business applications are different.
EXAMPLE III
This embodiment provides a specific example corresponding to the second embodiment, in which the basic capability adaptation layer corresponds to the application framework layer; the service management butt-joint layer corresponds to the customization module layer.
The modular development method for the WEB application comprises the following steps:
1. firstly, defining a uniform interface of a basic capability adaptation layer, and building a framework similarly;
2. other basic capabilities of the basic capability adaptation layer are developed to provide corresponding basic capabilities according to the interface defined previously and specific business requirements. Such as: for the development of microblog application, the network is required to load the latest microblog information, and a pure external access network capability which is irrelevant to service is developed.
3. The service management docking layer corresponds to services such as a microblog interface, uses the capability provided by the basic capability adaptation layer, uses a uniformly defined interface such as a network request, and does not need to care whether the bottom layer is a long connection provided by a socket or an http request.
4. The service management butt-joint layer, the basic capability (assembly) and the basic capability adaptation (interface) are stored separately, a set of integrated compiling scripts are compiled, and the integrated compiling scripts are compiled and issued when the integrated compiling scripts are issued.
5. When an application like a microblog is developed again, the common basic capability of the application can be directly selected for use, then the steps 3 and 4 are carried out, if the existing basic capability (component) is not needed, the basic capability (component) is re-developed, and if the internationalization capability, the recording input capability and the like are needed, the corresponding capability is developed according to the interface definition of the adaptation layer to access the basic capability to provide the application for use.
Example four
This embodiment corresponds to the first to third embodiments, and provides a specific application scenario:
taking the development of the internationalized microblog application as an example:
firstly, selecting a list component, a detail description component, an internationalization language component and an HTTP communication component which are required by the application from a universal component library;
then writing service logic in a customized module layer, for example, using an HTTP communication component to request data from a server-side micro-service and using a list component to render and display;
and finally compiling and deploying the management framework, the universal components (the components selected from the universal component library) and the service logic codes together to complete the development of the application of the international microblog application.
If an international forum application needs to be developed, the development steps are repeated.
In summary, the WEB application modularization development method and the system thereof provided by the invention select the required components from the general component library for specific business functions, and deploy and issue the required components after developing corresponding business logic on the basis of the required components; not only can the reuse of the general components be realized, but also the efficiency of application development is obviously improved; and separating the components from the logic makes maintenance for the components independent and simple. The invention can realize the high-efficiency development of any specific business application; while also facilitating maintenance on the assembly.
The above description is only an embodiment of the present invention, and is not intended to limit the scope of the present invention, and all equivalent modifications made by the present invention and the contents of the accompanying drawings, which are directly or indirectly applied to the related technical fields, are included in the scope of the present invention.
Claims (4)
- A WEB application development method is characterized by comprising the following steps:respectively defining a uniform interface and constructing a general component library on an adaptation layer, and constructing an application framework layer, wherein more than two components are integrated in the general component library;respectively selecting corresponding unified interfaces and corresponding components from the application framework layer according to the current service function;compiling a service logic corresponding to the current service function through a management framework according to the selected unified interface and the selected components;compiling and deploying the management framework, the service logic and the selected component to generate an application corresponding to the current service function;the uniform interface defined in the adaptation layer comprises more than two uniform interfaces respectively corresponding to different service functions; editing of the uniform interface is defined and realized in the adaptation layer, and a corresponding access standard can be formulated according to business needs;the business logic and the application framework layer are separate.
- 2. The WEB application development method of claim 1 wherein the common component library is integrated with common components;the universal component library integrates an internationalization language component, a network request component, a prompt box component, a list component, a detailed description component and an HTTP communication component.
- The WEB application modular development system is characterized by comprising an application framework layer and a customization module layer;the application framework layer comprises a uniform interface definition module and a universal component library module;the unified interface definition module is obtained by defining a unified interface on an adaptation layer;the universal component library module is constructed by integrating more than two components on an adaptation layer;a management framework is built on the customized module layer;the customized module layer is used for selecting a corresponding uniform interface and a corresponding component from the application framework layer according to the current service function; compiling a service logic corresponding to the current service function through the management framework according to the selected unified interface and the selected component; compiling and deploying the management framework, the service logic and the selected component to generate an application corresponding to the current service function;the number of the uniform interfaces defined by the uniform interface definition module on the adaptation layer is more than two; more than two uniform interfaces respectively correspond to different service functions; editing of the uniform interface is defined and realized in the adaptation layer, and a corresponding access standard can be formulated according to business needs;the business logic and the application framework layer are separate.
- 4. The modular development system for WEB applications according to claim 3 wherein said common component library module is integrated with common components;the universal component library is integrated with an internationalization language component, a network request component, a prompt box component, a list component, a detailed description component and an HTTP communication component.
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| CN112433723A (en) * | 2020-11-05 | 2021-03-02 | 深圳市明源云科技有限公司 | Personalized list development method and device |
| CN114625438A (en) * | 2022-03-04 | 2022-06-14 | 中国—东盟信息港股份有限公司 | Front-end application containerized local module loading method |
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